JP2009112003A - Portable electronic apparatus, sliding/rotary opening/closing module therefor, and its component - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide: a portable electronic apparatus; a sliding/rotary opening/closing module therefor; and its component. <P>SOLUTION: The portable electronic apparatus has a structure including: a first body; a guide member installed on the first body rotatably around a rotary shaft member and having and a slide guide part; an interlocking member installed between the first body and the guide member, having a section where a relative position to the first body and the guide member is varied by action between the first body and the guide member in rotary motion of the guide member, and operatively connecting motion of the first body with that of the guide member; a second body slidably installed on the slide guide part; and a link appliance installed between the guide member and the second body, having one side connected to the interlocking member, and varying a relative position with respect to the guide member by sliding the second body while the guide member is folded while being rotated by the interlocking member in rotary motion, or being opened. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a portable electronic device and an opening / closing module for the portable electronic device, and parts thereof, and more particularly, to a portable electronic device and a sliding / rotating opening / closing module and the component for the portable electronic device.

  In general, a “portable electronic device” means a device that allows a user to carry, carry, carry out communications, games, learning, listening to music, watching TV, and the like.

  Such portable electronic devices include portable wireless telephones, PDAs, electronic calculators, electronic notebooks, MP3 players, notebooks, portable game machines, and the like, which are referred to as portable terminals.

  In such portable electronic devices, all of the slide-type opening / closing and the rotary opening / closing operations are required with the same device while the functions are integrated and diversified. For example, in the case of a portable radio telephone having a DMB function, when a telephone call is made by opening and closing the cover on which the display is installed by sliding up and down, and when trying to watch TV, the cover is rotated. There is one in which the screen is arranged horizontally and the cover is rotated again after watching the TV to close the cover. Hereinafter, the portable electronic device or module that opens and closes the cover in a sliding manner and a rotational manner is referred to as a sliding / rotational opening / closing portable electronic device or a sliding / rotational opening / closing module.

  The inventor has found the following disadvantages with respect to existing equipment.

  Some of the existing sliding / rotational opening / closing type portable electronic devices slide the cover by pushing it up to the top of the main body and then rotating it again after opening to allow the display installed on the cover to be placed horizontally. The sliding distance is short because the cover must be in the center position on the left and right with the cover rotated, so that it is not possible to secure a sufficient area for installing keys etc. There is.

  And, if you want to watch TV while you are carrying with you, it is inconvenient to use because you have to rotate the cover again after sliding the cover up and down.

  In addition, it can be seen that the cover is rotated with the cover closed without sliding the cover, but in order to align the left and right center with respect to the main body with the cover rotated 90 degrees, a rectangular terminal The center of rotation of the cover depends only on the main body and the edge of the cover. In this case, if force is applied to the opposite side of the center of rotation with the cover open, there is a high risk of damage to the connecting part of the main body and the cover. .

  If the rotation center of the cover depends on the main body and the edge of the cover, it becomes an obstacle to widen the terminal.

  In addition, it is difficult to change the center of rotation of the cover because it is difficult to change the center of rotation of the cover, and it is difficult to secure a large area of the main body for installing keys and the like with the cover rotated.

  In addition, the conventional terminal is connected to each other only at one rotating shaft installed near the end of the first body and the second body and is not stable and may be easily damaged. .

  An object of the present invention is to provide a sliding / rotational opening / closing portable electronic device that can be slidingly limited while being rotated on the first body during the opening operation of the second body.

  Another object of the present invention is that the center of rotation of the second body can be aligned with the center of the second body relative to the first body in a state where the rotation of the second body is released. An object is to provide an openable portable electronic device.

  Another object of the present invention is to provide a sliding / rotational opening / closing portable electronic device that can move the rotation center of the second body from the end of the first body to the inside.

  It is still another object of the present invention to provide a sliding / rotation opening / closing portable electronic device that makes the width of the portable electronic device relatively wider than that of a conventional device.

  Another object of the present invention is to provide a sliding / rotational opening / closing portable electronic device that allows the rotation center of the second body to be moved to a higher position than the conventional one.

  Another object of the present invention is to provide a sliding / rotary opening / closing portable electronic device in which the first body and the second body are supported by each other at two or more locations and are stable and less likely to be damaged. It is in.

  Another object of the present invention is to provide a portable electronic device in which an opened portion can be tilted.

  Another object of the present invention is to provide a sliding / rotation opening / closing module that can be suitably used in a portable electronic device according to the present invention.

  It is another object of the present invention to provide a component that can be suitably used in a portable electronic device or module according to the present invention.

  A portable electronic device according to the present invention includes a first body, a guide member that is rotatably installed around the rotation shaft member around the first body, and has a slide guide portion, the first body, and the guide member. The guide member has a section in which a relative position with respect to the first body and the guide member is changed by the action of the first body and the guide member when the guide member rotates. 1 body and an interlocking member that interlocks the movement between the guide members, a second body that is slidably installed on the slide guide part, and the guide member and the second body, and one side is The guide member is connected to the interlocking member, and is folded while being rotated or opened by the interlocking member during the rotational movement, and the second body is slid while being opened, and the guide member It has a structure comprising a link device for varying the relative position against.

  The first body includes a section that is formed along the periphery of the rotation shaft member and changes a distance from a rotation center of the rotation shaft member, and allows the guide member to rotate when the guide member rotates. A sliding restriction guide path is formed along a path that restrictively allows the second body to slide along the guide member by moving the interlocking member in a restrictive manner. The guide member is formed along a path that intersects at least a part with the slide restriction guide path when the guide member is rotated, and the interlocking with respect to the first body and the guide member in a state where the interlocking member is coupled. It is desirable to provide an interlocking member guide path that allows the relative position of the members to be varied.

  The rotation shaft member is installed on an upper right side or an upper left side of the first body, and a degree of change in a section where a distance of the slide restriction guide path with respect to a rotation center of the rotation shaft member changes is When the second body is rotated and released, the second body is slid along the slide guide portion while being rotated about the rotating shaft member, and adjusted so that the left and right center with respect to the first body can be aligned. It is even more desirable.

  The first body is formed along a path that prevents the second body from rotating while allowing the second body to slide during the sliding movement of the second body or restricts the rotation. It is preferable that the rotation limiting portion formed is formed.

The link device includes a first link member rotatably installed on the guide member, and a second link rotatably connected to the first link member and rotatably supported by the second body. The interlocking member is connected to one side of the first link member,
The rotation limiter is connected to one end of the slide limit guide path and has an arc pattern centering on the rotation center of the link device at the guide member, and the second body performs a sliding motion. In addition, it is desirable that it is formed so as to overlap the interlocking member guide path in a closed state.

  In some cases, the link device is pivotally connected to the first link member and is pivotally connected to the first link member and rotatably supported by the second body. The second link member and the first link member are pivotally installed on one side, and one side includes a third link member connected to the interlocking member, and the rotation limiting portion is the slide limit guide path The second body has a sliding motion or is closed so as to overlap the interlocking member guide path in a closed state.

  A rotary torsion spring for providing a torsion force to the rotary shaft member is installed between the rotary shaft member and the first body, and the second body is provided between the second body and the guide member. It is preferable that a sliding torsion spring that provides elastic force in the sliding direction is installed.

  A hole is formed in the first body, and the rotating shaft member is locked to an end of the hole and is rotatably supported by the first body, and the other side of the support part through the hole. It is desirable that the guide member coupling portion is protruded and coupled to the guide member, and a through hole for passing an FPC connector is formed in the rotary shaft member and the guide member. .

  The first body and the second body may have a linear pattern, and may have a curved pattern in some cases.

  A sliding / rotation opening / closing module according to the present invention includes a first body connecting portion and a guide member that is rotatably installed on the first body connecting portion through a rotating shaft member and has a slide guide portion. A sliding / rotation opening / closing module that is installed between the first body and the second body or the second body connecting portion so that the second body can be opened and closed by sliding and rotating with respect to the first body. And the guide member is disposed between the first body connecting part and the guide member, and the guide member is moved by the action of the first body connecting part and the guide member when the guide member rotates. An interlocking member having a section in which a relative position is changed and interlocking movement between the first body connecting portion and the guide member; and the guide member; It is installed between the second body or the second body connecting part, and one side is connected to the interlocking member and the guide member is folded or opened while being rotated by the interlocking member during the rotational movement. The second body or the second body connecting portion may be slid to include a link device that changes a relative position with respect to the guide member.

  The first body connecting portion includes a section that is disposed along the periphery of the rotation shaft member and changes a distance from a rotation center of the rotation shaft member. A sliding restriction guide path is formed along a path that restrictively allows the second body connecting portion to slide along the guide member by restricting the interlocking member while allowing rotation. The guide member is disposed along a path at least partially intersecting the slide restriction guide path when the guide member is rotated, and the interlocking member is coupled to the first body connecting portion and the guide member. It is desirable that an interlocking member guide path that allows the relative position of the interlocking member with respect to the guide member to be changed is formed.

  The rotation shaft member is installed on an upper right side or an upper left side of the first body connecting part, and a degree of change in a section in which a distance of the slide restriction guide path with respect to a rotation center of the rotation shaft member is changed. When the second body or the second body connection portion is rotated and released, the second body or the second body connection portion is slid along the slide guide portion while being rotated around the rotation shaft member. It is further desirable that the left and right centers of the first body connected to the connecting portion are adjusted so as to be aligned.

  Also in this case, the first body connecting part is rotated while allowing the second body or the second body connecting part to slide during the sliding motion of the second body or the second body connecting part. It is preferable that a rotation restricting portion formed along a path that prevents rotation or restricts rotation is further formed, and the link device is a first pivotally installed on the guide member. A link member; and a second link member rotatably connected to the first link member and rotatably supported by the second body, wherein the interlocking member includes one side of the first link member. The rotation restricting portion is connected to one end of the slide restricting guide path and has an arc pattern centered on the rotation center of the link device at the guide member, and the second body or the second body 2 Or the body connecting portion is a sliding movement, or it is further preferable that in closed state is formed so as to overlap with the interlocking member guide path.

  Similarly, the link device is a first link member rotatably installed on the guide member, a second link member rotatably connected to the first link member, and a second link body rotatably supported by the second body. The link member and the second link member are rotatably installed on one side, and one side includes a third link member connected to the interlocking member, and the rotation restricting portion is one end of the slide restricting guide path. It is preferable that the second body has a sliding pattern or is formed so as to overlap the interlocking member guide path in a closed state.

  A rotation torsion spring that provides a torsion force to the rotation shaft member is installed between the rotation shaft member and the first body connection portion, and the second body or the second body connection portion and the guide member are provided. It is further preferable that a sliding torsion spring for providing an elastic force in a sliding direction of the second body or the second body connecting portion is installed between the second body and the second body connecting portion.

  A hole is formed in the first body connecting part, and the rotating shaft member is locked to an end of the hole, and a support part rotatably supported by the first body connecting part and the support through the hole. And a guide member coupling portion that is coupled to the guide member and is formed with a through hole for passing an FPC connector in the rotary shaft member and the guide member. It is desirable that

  The first body connecting part and the second body or the second body connecting part may be configured with a straight line pattern, or may be configured with a curved pattern in the left and right width directions.

  As a component for use in the portable electronic device according to the present invention, the first body is formed along the periphery of the rotating shaft member installation portion and includes a section in which the distance from the rotation center of the rotating shaft member is changed. A second body that is slidably installed on the guide member by restrictively moving an interlocking member that is coupled while allowing rotation of the guide member during rotation of the guide member that is rotatably installed through the shaft member. While the sliding restriction of the second body and the sliding restriction guide path formed along a path that restricts the sliding movement along the guide member, the second body is allowed to slide during the sliding movement. It is desirable that a rotation limiting portion formed along a path that prevents rotation or restricts rotation is formed.

  As a component for use in the portable electronic device according to the present invention, the first body connecting portion is formed along the periphery of the rotating shaft member installation portion and includes a section in which the distance from the rotation center of the rotating shaft member changes. When the guide member rotatably installed through the rotating shaft member is rotated, the interlocking member coupled while allowing the rotation of the guide member is limitedly moved, and the guide member is slidably installed. A slide restricting guide path formed along a path that restricts the second body connecting portion from sliding along the guide member and the second body connecting portion during the sliding motion of the second body connecting portion. Rotation limiting part formed along a path that prevents rotation while allowing sliding or restricting rotation is formed It is desirable that the.

  In some cases, a pair of slide guide portions are installed on the left and right sides of the guide member, and a pair of slide guide portions coupled to the slide guide portion and receiving guidance are installed on the left and right sides of the second body. May be.

  In some cases, the guide member may be installed to be tiltable with respect to the first body.

  In addition, the first body may include a tilting part that can be folded upward, and the guide member may be installed in the tilting part.

  The guide member is provided with a pair of slide guide portions on the left and right sides, and the second body or the second body connecting portion is coupled to the slide guide portion, and the slide guide portions for receiving the guides on the left and right sides, respectively. One pair may be installed.

  The portable electronic device according to the present invention may be installed at the upper end of the first body and the upper end of the first body so as to be tilted and folded upward, or may be opened again in the folded state. A tilting unit, a guide member installed in the tilting unit and having a slide guide unit, and a second body installed slidably on the slide guide unit, wherein the second body is slid open. In this state, the second body can be folded at an acute angle with respect to the first body.

  In addition, the guide member is installed in the tilting portion so as to be rotatable about a rotation shaft member, and the second body is moved relative to the first body in a state where the second body is rotated and released. It may be configured so that it can be folded at an acute angle.

  In some cases, the portable electronic device according to the present invention is tilted and installed at the upper end of the first body and the upper end of the first body so that the portable electronic device is folded upward and is opened again in the folded state. A tilting part capable of rotating and a second body rotatably installed on the tilting part, wherein the second body is turned into the first body in a state where the second body is rotated and released. On the other hand, it may have a configuration that can be folded at an acute angle.

  According to the present invention, the left and right sides of the second body which are rotated and released by sliding the second body with respect to the guide member while restricting the second body while rotating the second body through a guide member rotatably installed on the first body. The position can be adjusted, or the left and right center with respect to the first body can be adjusted.

  As a result, the rotation center position of the guide member can be moved inward at the end of the first body, further upward in the lower side, and the width of the portable electronic device can be increased.

  In addition, the position of the rotating shaft member can be adjusted, so the design of the portable electronic device is free and the first body and the second body can be taken from each other in at least two places, so the assembly structure is stable. Is not easily damaged.

  When the position of the rotary shaft member that rotatably supports the guide member on the first body is moved upward, the slide distance of the second body can be increased, an input key or the like is installed, The area of the first body appearing outside when the rotation is released can be increased.

  If necessary, the opened second body can be tilted and is easy for the user to use.

  Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

  FIG. 1 is a perspective view of a sliding / rotational opening / closing portable electronic device according to the present invention, FIG. 2 is a separated perspective view of the portable electronic device of FIG. 1, and FIG. 3 is a portable electronic device of FIG. It is an isolation | separation perspective view of the state which covered the components etc. of the apparatus.

  As shown in FIGS. 1 to 3, the sliding / rotation opening / closing portable electronic device 100 according to the present invention includes a first body 110. The first body 110 is a part that forms the main body of the portable electronic device 100, and is a part on which a board on which various components are installed, an input key, and the like are installed.

  As shown in FIGS. 1 to 3, a circular hole 111 for installing the rotating shaft member 120 is formed in the first body 110, and the rotating shaft member 120 is rotated in the original place in the hole 111. It is installed movably. As shown in FIGS. 2 and 3, the hole 111 does not necessarily have to be formed large. The reason is simply that the rotation shaft member 120 may be supported by the first body 110 so as to be rotatable at the original position.

  As can be seen in FIGS. 2 and 3, the first body 110 is formed with a slide restriction guide path 112 along the periphery of the hole 111 in which the rotary shaft member 120 is installed. The slide restriction guide path 112 acts on an interlocking member 130 described later to move the interlocking member 130 in a restrictive manner while allowing the guide member 140 to rotate while the guide member 140 rotates. It serves to restrictively allow 150 to slide along the guide member 140. For this purpose, the slide restriction guide path 112 includes a section 112a in which the distance from the rotation center of the rotary shaft member 120 changes. In the section 112b where the distance from the rotation center of the rotating shaft member 120 does not change, the position of the interlocking member 130 relative to the guide member 140 is not changed. In order to increase the sliding distance of the second body 150 with respect to the guide member 140, the section where the distance from the rotation center of the rotation shaft member 120 changes is lengthened, or the distance from the rotation center with respect to the rotation angle is increased. It is good to change.

  In this section 112a, when the guide member 140 rotates around the rotation shaft member 120, a force is applied to the interlocking member 130 to move the position of the interlocking member 130 relative to the guide member 140.

  At both ends of the slide restriction guide path 112, it is possible to feel that the rotation operation of the second body 150 has been completed, and the locking grooves 113 and 114 that make it possible to maintain a stable posture at that position. Are formed respectively. Of these, the locking groove 113 at the lower end also serves to allow the second body 150 to rotate after being slightly slid upward. This is because the second body 150 rotates under the first body 110. This is useful when there is a part that gets in the way when rotating in the original place when starting operation.

  The first body 110 is further formed with a rotation limiting portion 115. The rotation restricting unit 115 serves to prevent the second body 150 from being rotated while allowing the second body 150 to slide during the sliding motion of the second body 150 or to restrict the rotation. The rotation restricting portion 115 is formed in an arc shape around one point around the rotating shaft member 120. The rotation restricting portion 115 is configured such that the second body 150 and the guide member 140 are rotated with respect to the first body 110 when the interlocking member 130 is located at a portion tangent to a concentric circle centered on the rotation center of the rotating shaft member 120. Is acceptable. Such a rotation restriction unit 115 is preferably connected to the slide restriction guide path 112.

  Referring to FIG. 3, a groove 116 is formed on the bottom surface of the first body 110, and a rotational torsion for providing an elastic force in the rotation direction, that is, a torsion force, to the rotary shaft member 120 on the upper portion of the groove 116. A rotary torsion spring installation portion 117 to which one end of the spring 160 is connected is formed. The groove 116 is covered with a cover material 119 fastened to the first body 110 by the screw member 118.

  The sliding / rotational opening / closing portable electronic device 100 according to the present invention includes a guide member 140 and a rotating shaft member 120 that rotatably supports the guide member 140 on the first body 110. The rotating shaft member 120 is coupled to the guide member 140 through the screw member 126. The upper end of the first body 110 to which the guide member 140 is coupled may be bent through a hinge or the like so that the second body 150 can be folded upward at a predetermined angle in a state where the second body 150 is slid or released. It can be connected to the part and configured in a tilting part form.

  The guide member 140 includes a slide guide part 141 so that the second body 150 can slide, and the slide guide part 141 is preferably formed along both side ends. In this embodiment, the slide guide part 141 takes the form of a groove opened inward, but may be formed in the opposite direction, and may take the form of a groove or hole for guiding a shaft having a circular cross section. be able to. An interlocking member guide path 142 is formed on one side of the guide member 140. The interlocking member guide path 142 is formed along a path at least partially intersecting the slide restriction guide path 112 when the second body 150 is rotated and released around the rotary shaft member 120 during the rotational movement. The interlocking member guide path 142 allows the relative position of the interlocking member 130 to the first body 110 and the guide member 140 to be changed in a state where the interlocking member 130 is coupled. The interlocking member guide path 142 is disposed so as to overlap the rotation restricting portion 115 formed in the first body 110 in a closed state, and provides a path through which the interlocking member 130 can move when the second body 150 is sliding. . The interlocking member guide path 142 has an arc pattern centered on the rotation center 172 of the first link member 171 of the link device 170 described later.

  A through-hole 144 that allows a flexible connector such as an FPC to pass through is formed at a site where the rotary shaft member 120 is coupled adjacent to the interlocking member guide path 142. The through hole 144 is preferably formed in a butterfly pattern in consideration of the movement of a flexible connector such as an FPC. A fastening hole 145 or the like for connecting the rotary shaft member 120 is formed around the through hole 144, and a torsion spring connecting portion 146 is connected to one end of the sliding torsion spring 180 adjacent to the interlocking member guide path 142. Is formed.

  A sliding torsion spring 180 is provided between the guide member 140 and the second body 150 to provide elastic force to the second body 150 when the second body 150 is opened and closed.

  The rotating shaft member 120 is locked to the end of the hole 111 and is supported by the first body 110 so as to be rotatable. The rotating shaft member 120 protrudes to the other side of the support portion 121 through the hole 111 and is coupled to the guide member 140. A guide member coupling portion 123 is provided, and a through hole 125 for allowing passage of a flexible connector such as an FPC is formed in the center portion thereof.

  A rotary torsion spring 160 is installed between the rotary shaft member 120 and the first body 110. The rotational torsion spring 160 applies a rotational force in a closing direction when the second body 150 is closed, and in a direction in which the second body 150 is opened when the second body 150 is opened.

  The sliding / rotation opening / closing portable electronic device 100 according to the present invention includes an interlocking member 130. The interlocking member 130 is coupled to the interlocking member guide path 142 and the slide restricting guide path 112 or the rotation restricting portion 115 described above, and the first body 110 is rotated by the guide member 140 or by the sliding motion of the second body 150. The guide member 140 and the second body 150 can move while being interlocked with each other. The interlocking member 130 is installed between the first body 110 and the guide member 140 through the interlocking member guide path 142 and the slide restricting guide path 112 or the rotation restricting portion 115 so that the first body 110 and the guide are guided when the guide member 140 rotates. There is a section in which the relative position of the first body 110 and the guide member 140 is changed by the action of the member 140. The head 132 of the interlocking member 130 is locked to the end of the slide restricting guide path 112 or the rotation restricting portion 115 formed in the first body 110, and the guide member 140 is detached from the first body 110. It also serves to prevent. As a result, the guide member 140 is supported by the first body 110 through the two parts of the rotating shaft member 120 and the interlocking member 130 and has a stable coupling structure, and one side of the second body 150 installed on the guide member 140 is the first side. 1 The body 110 is not opened and can withstand a large impact.

  The sliding / rotation opening / closing portable electronic device 100 according to the present invention includes a link device 170. The link device 170 is rotatably connected to the first link member 171 and one end thereof connected to the first link member 141 and the other end rotatably connected to the second body 150. The second link member 175 is configured. The interlocking member 120 is coupled to one side of the first link member 141. As a result, the second body 150 moves along the slide guide part 141 of the guide member 140, or the link device 170 rotates around the support point 172 when the guide member 140 rotates around the rotary shaft member 120. The interlocking member 130 that is opened or folded while being connected to the first link member 171 moves along the interlocking member guide path 142 and the rotation restricting portion 115 when the second body 150 is sliding, The two bodies 150 move along the interlocking member guide path 142 and the slide restriction guide path 112 during the rotational movement.

  The link device 170 is installed between the guide member 140 and the second body 150, and the guide member 140 is folded or opened while being rotated about the support point by the interlocking member 130 during the rotational movement. The second body 150 is pulled toward the guide member 140 side or is pushed toward the opposite side to be slid to change the relative position with respect to the guide member 140. At this time, the interlocking member 130 receives the force at the portion where the distance from the rotation center of the rotation shaft member 120 of the slide restriction guide path 112 is changed to rotate the first link member 171 and the first link member 171 is rotated. Accordingly, the link device 170 is folded or opened while the second link member 175 is also rotated.

  As a result, the second body 150 is slidingly limited along the slide guide portion 141 of the guide member 140 while being rotated together with the guide member 140, so that the left and right center with respect to the first body 110 can be aligned when fully rotated. It becomes like this. Of course, it is not always necessary to align the left and right center with respect to the first body 110 when the second body 150 is rotated and released.

  In this way, the second body 150 is slid with respect to the guide member 140 when the rotation is released, so that the lateral position in the laterally long direction can be adjusted, so that the rotating shaft member 120 can be moved from the end of the first body 110 to the inside. Depending on the situation, the portable electronic device can be moved to the upper side and installed. Accordingly, the portable electronic device 100 according to the present invention is free to design, has a stable connection structure between the first body 110 and the second body 150, and has an area for installing a key or the like on the first body 110. A lot can be secured.

  The sliding / rotational opening / closing portable electronic device 100 according to the present invention includes a second body 150. The second body 150 is a part where a display such as an LCD is mainly installed on the surface of the second body 150 and can be slid and rotated with respect to the first body 110. The second body 150 includes a guide jaw 151 that is guided by being coupled to the slide guide unit 141, and one side is connected to the other end of the link device 170. The second body 150 can use the auxiliary member 152 so that the guide jaw 151 can be easily formed. The auxiliary member 152 is coupled to the main body 154 of the second body 150 through the screw member 153 and the like. In this case, the auxiliary member 152 must be formed with a slot 155 for passing the flexible connector. Of course, the guide jaw 151 may be formed directly on the bottom surface of the second body 150, and in this case, the auxiliary member 152 is not necessary.

  The sliding / rotational opening / closing portable electronic device 100 described above has a curved shape on the left and right sides, and the first body 110, the guide member 140, and the second body 150 constituting the same also have a curved shape. Of course, it can be configured in a straight line shape that is not bent left and right.

  Reference numerals 174 and 181 denote rotation support members for rotatably connecting and supporting the torsion spring and the link member at necessary positions.

  The operation process at the time of rotation opening / closing in the sliding / rotation opening / closing portable electronic device 100 according to the present invention will be described with reference to FIGS.

  4 to 6 are plan views showing a state where the second body is closed, a state where the second body is rotating, and a state where the second body is opened, and FIGS. 7 to 9 are rear views thereof.

  As shown in FIGS. 4 and 7, when the user holds the sliding / rotary opening / closing portable electronic device 100 in the closed state and applies a left force to the lower right end portion of the second body 150, the interlocking operation is performed. The second body 150 and the guide member 140 that supports the second body 150 in a slidable manner while the member 130 is detached from the locking groove 113 are rotated clockwise about the rotating shaft member 120, and thus interlocked with each other. The member 130 is rotated along the interlocking member guide path 142 formed in the guide member 140 while receiving a force toward the rotation shaft member 120 by the slide restriction guide path 112a in a section where the distance from the rotation center of the rotation shaft member 120 changes. Move to the side closer to 120. In this process, the interlocking member 130 moves along a position where the slide limit guiding path 112 and the interlocking member guiding path 142 intersect. The state in which the second body 150 is rotated about 45 degrees with respect to the first body 110 in this manner can be seen from FIGS. 5 and 8.

  As the interlocking member 130 moves, the first link member 171 of the link device 170 is rotated counterclockwise around the supporting point, and the second link member 175 is pulled so that the link device 170 is folded. As a result, the second body 150 connected to the second link member 175 rotates and slides along the slide guide part 141 of the guide member 140 at the same time. Such an operation is performed up to a section where the rotation center and distance of the rotating shaft member 120 change. This can be seen by comparing the position of the second body 150 with respect to the guide member 140 in FIGS. 4 and 7 and the position of the second body 150 with respect to the guide member 140 in FIGS. 5 and 8.

At this time, the rotary torsion spring 160 is opened again after being completely contracted at about 45 degrees while applying an elastic force to the side that prevents the second body 150 from being opened in the direction in which the second body 150 is rotated and released. The elastic force is applied in the direction in which the second body 150 is rotated and released while being.
In addition, the sliding torsion spring 180 is contracted by the rotation of the second body 150 and pushes the second body 150 to the left with respect to the guide member 140 in a state where the second body 150 is completely rotated and released as shown in FIG. Apply force.

  The first body 110 is desirably rotated and released at the end point of the section where the distance from the rotation center of the rotation shaft member 120 changes or the start point of the section 112b where the distance from the rotation center of the rotation shaft member 120 does not change. Maintain the position where the left and right centers are aligned.

  In a section where the distance from the rotation center of the rotary shaft member 120 does not change after the end point of the section where the distance from the rotation center of the rotary shaft member 120 changes, the slide restriction guide path 112 does not move the interlocking member 130 any further, thereby 170 also maintains that state for a long time, so that the second body 150 stops sliding and only rotates.

  Of course, it is possible to arrange the rotation shaft member 120 so that the rotation center and distance of the rotation shaft member 120 are changed over the entire section of the slide restriction guide path 112 so that the sliding movement can be performed along with the rotation of the second body 150 in the entire slide restriction guide path 112 section. Of course.

  The operation states of the components and the like in the state where the second body 150 is rotated and released in this way can be seen from FIGS. 6 and 9.

  Referring to FIG. 6, the sliding torsion spring 180 applies an elastic force to the left side of the second body 150 with respect to the guide member 140, and the link device 170 is configured such that the second body 150 is positioned at the center of the left and right of the first body 110. It is in a folded state as much as possible. Referring to FIG. 9, the rotating torsion spring 160 is elastically applied in the direction in which the second body 150 is opened in the contracted state, and the interlocking member 130 is positioned at the upper end of the slide limiting guide path 112. It is located near the middle of the guide path 142. In this state, the second body 150 is rotated by about 90 degrees for the first time and is disposed horizontally, and is disposed at a position where the left and right centers are aligned with the first body 110. In this state, the second body 150 is not slid in the direction of the slide guide portion 141 of the guide member 140 because the slide restriction guide path 112 takes the interlocking member 130.

  The process of closing the second body 150 in a state where the second body 150 is rotationally released as shown in FIGS. 6 and 9 is performed in the reverse process of the rotational opening.

  FIG. 10 is a plan view showing a state in which the second body is released from sliding, and FIG. 11 is a rear view thereof.

  Referring to FIG. 4 further, when the sliding / rotational opening / closing portable electronic device 100 according to the present invention is held in the state shown in FIG. 4 and the second body 150 is pushed up, the second body 150 becomes a guide member. The second link member 175 of the link device 170, which moves upward along the slide guide part 140 of 140 and has one end connected to the second body 150, moves upward along the second body 150. The link device 170 can be folded while the link member 171 is rotated. As a result, the first link member 171 rotates about its supporting point, and the interlocking member 130 connected to one side of the first link member 171 follows the rotation restricting portion 115 and the interlocking member guide path 142 that overlap each other. The second body 150 is prevented from rotating while allowing the first link member 171 to rotate while moving, or is limitedly rotated. The limited rotation of the second body 150 is performed at a portion where the circle around the rotation center of the rotation shaft member 120 and the rotation limiting unit 115 form a tangent line. If the tangential portion is placed at a position where the second body 150 is completely slid open, the second body 150 can serve as a buffer against an impact force applied on the side surface.

  At this time, the sliding torsion spring 180 applies an elastic force in the direction in which the second body 150 is initially closed. When the second body 150 is slid upward, the sliding torsion spring 180 is gradually further folded, and when it exceeds a certain section, the sliding force is applied to the opening direction of the second body 150 while being opened again.

  The state where the second body 150 is slid open in this way can be seen from FIGS. As can be seen in FIGS. 10 and 11, the link device 170 and the sliding torsion spring 180 are opened upward in a state where the second body 150 is slid open, and the interlocking member 130 includes the rotation restricting portion 115 and the interlocking member guide path. It is in a state of moving upward along 142.

  When the sliding of the second body 150 is released, the rotary shaft member 120 and the rotary torsion spring 160 do not move. The slide restriction guide path 115 does not affect the interlocking member 130 at all.

  The process of closing the second body 150 by sliding is performed in the reverse process of the sliding opening, and the state where the second body 150 is completely closed can be seen from FIGS. 4 and 7 described above.

  FIG. 12 is an exploded perspective view showing another example of the sliding / rotational opening / closing portable electronic device according to the present invention, and FIG. 13 is an exploded perspective view showing FIG.

  Unlike the previous embodiment, the first body 110, the second body 150, and the guide member 140 in the sliding / rotational opening / closing portable electronic device 100a of FIGS. 12 and 13 are all configured in a straight line. There is a difference in that a jaw portion 111a is formed at the lower end of 110, and a groove is formed in the slot 155a portion of the auxiliary member 152 of the second body 150. The remaining portions are the same as those of the embodiment described with reference to FIGS.

  The sliding / rotational opening / closing portable electronic device 100a according to the present invention may be provided at the lower end of the slide restriction guide portion 112 even when the jaw portion 111a is formed at the lower end portion of the first body 110, as shown in FIGS. In the case where the locking groove 113 is formed, the second body 150 rides on the guide member 140 and is rotated slightly after sliding movement while the interlocking member 130 removes the locking groove 113, so The right lower end corner portion can be rotated around the rotary shaft member 120 without being locked to the jaw portion 111a. The remaining items are as described with reference to FIGS.

  FIG. 14 is a view for explaining a modification of the sliding / rotation opening / closing portable electronic device according to the present invention.

  In the sliding / rotational opening / closing portable electronic device 100b shown in FIG. 14, the slide guide portions 141a of the guide member 140 are formed with holes along both side ends of the guide member 140, and the first body 110 is formed with holes on both sides. This shows that a sliding / rotational opening / closing portable electronic device 100b according to the present invention is configured by installing a shaft 151a coupled to the slide guide portion 141a. The rest is as described with reference to FIGS.

  FIG. 15 is a view showing a modification of FIG.

  In FIG. 14, the slide guide part 141a installed on the guide member 140 is opened to the inside, the slide guide part 141b is configured, and the shaft 151b is installed along both side ends of the second body 150, The shaft 151b can be configured to be slid by being coupled to the slide guide portion 141b, and the lower end of the shaft 151b can be curved inward. The rest is the same as FIG.

  16 is an exploded perspective view of a sliding / rotation opening / closing module according to the present invention, and FIG. 17 is an exploded perspective view of the sliding / rotation opening / closing module further including a second body connecting part in FIG.

  As shown in FIGS. 16 and 17, in some cases, the slide restricting guide path 112 and the rotation restricting portion 115 described above are not formed in the first body 110 of the portable electronic device, but are fastened to the first body 110. The first body connecting part 110a can be formed with the slide restricting guide path 112 and the rotation restricting part 115, and without the second body 150, the guide member 140, the rotating shaft member 120, the link device 170, and the second body connecting part. The sliding / rotation opening / closing module 102 according to the present invention may be configured by 152a.

  In FIG. 17, the second body connecting part 152 a corresponds to the auxiliary member 152 described with reference to FIGS. 1 to 11, and may be coupled to the second body 150 to form the second body 150 in some cases. Therefore, as shown in FIG. 16, the sliding / rotation opening / closing module 102 according to the present invention is not included and can be distributed separately. The sliding torsion spring 180 and the rotating torsion spring 160 are connected at one end to the guide member 140 and the rotating shaft member 120, respectively, and the other end is left in a free state, and then the sliding / rotation opening / closing module 102 according to the present invention is installed. When assembling between the first body 110 and the second body 150, the other ends of the sliding torsion spring 180 and the rotary torsion spring 160 are connected to the necessary parts of the first body 110 and the second body 150 and assembled. can do. Reference numeral 130 is an interlocking member, 126 and 118a are screw members, and 174 and 181 are rotation support members for rotatably connecting and supporting the torsion springs and link members at necessary positions.

  18 is a view for explaining another embodiment of the portable electronic device according to the present invention, FIG. 19 is an exploded perspective view of FIG. 18, and FIG. 20 shows FIG. 19 as seen from the bottom side. 21 is an exploded perspective view, FIG. 21 is a view showing a state where the portable electronic device of FIG. 18 is opened in sliding, and FIG. 22 is a view showing a state where the second body is rotated about 90 degrees in the state of FIG. is there.

  As can be seen from FIG. 18 to FIG. 22, the present invention can be applied to the portable electronic device 100c having a width in the left-right direction larger than a length in the front-rear direction. As shown in FIGS. 18 to 22, the first body 110c and the second body 150c of the portable electronic device 100c according to the present invention are formed such that the left and right widths are larger than the length in the front-rear direction. A groove 112d for installing the tilting unit 200 is formed at the upper end of the first body 110c. The tilting unit 200 is installed in the groove 112d.

  The tilting unit 200 includes a tilting link installation unit 210 formed such that inner side surfaces on both sides are stepped. The tilting link installation part 210 may be integrally formed with the first body 110c. A pair of tilting links 221, 222 and the like having different lengths are rotatably installed on the inner side surfaces of both sides of the tilting link installation unit 210. In the present embodiment, two pairs of the tilting links 221 and 222 are exemplified. However, depending on the case, the tilting links 221 and 222 may be configured by a pair of tilting links 221 and 222, or between the tilting links 221 and 222. The length difference can be varied depending on the angle to be tilted. At the upper ends of the tilting links 221, 222, etc., a tilting plate 117c in which a slide limiting guide path 112c and a rotation limiting portion 115c are formed is installed. In the previous embodiments, the rotation restricting portion 115 is formed along an arc-shaped path having a constant curvature radius. However, the rotation restricting portion 115c in this embodiment is formed in an elliptical arc or other curved shape. It can also be formed in the form of a straight line. This will be described in more detail in the description of the link device 170c described later. The tilting plate 117c can be folded up at a predetermined angle with respect to the first body 150c according to the rotation angle of the tilting links 221 and 222, or can be opened horizontally parallel to the first body 110c. . The tilting plate 117c is formed with a hole 111c for installing the rotary shaft member 120. Through this hole 111c, the rotary shaft member 120 is rotatably installed at the original place, and a plate member 119c for supporting the rotary shaft member 120 is installed on the bottom surface thereof.

  The guide member 140c is coupled to the rotary shaft member 120 and is installed on the tilting plate 117c so as to be rotatable at its original location. The guide member 140c is provided with a pair of slide guide portions 141c at both ends. This is to enable the second body 150c having a large width to be stably slid. Of course, the slide guide path can be formed as in the previous embodiment.

  A first auxiliary member 152c, a second auxiliary member 155c, and the like that are coupled to the bottom surface of the second body 150c are installed above the guide member 140c. The first auxiliary member 152c is formed with a pair of slide guide portions 151c coupled to the slide guide portion 141c on the left and right. The second auxiliary member 155c is coupled to the bottom surface of the first auxiliary member 151c, and has a U-shape with the left and right central portions missing. The second auxiliary member 155 c serves to provide an installation space for the link device 170 c and the slide torsion spring 180. The slide guide part 151 c may be formed directly on the second body 150.

  A slide torsion spring 180 is installed between the guide member 140c and the second auxiliary member 155c coupled to the second body 150c.

  Unlike the previous embodiment, the link device 170c of this embodiment is composed of three link members and the like. More specifically, the first link member 171c rotatably installed on the guide member 140c, one end rotatably connected to the first link member 171c, and the other end rotatably supported by the second body 150c. The second link member 175c and the first link member 171c are installed on one side of the second link member 175c so as to be rotatable, and one side includes a third link member 177c connected to the interlocking member 130c. As a result, the interlocking member 130 is coupled and the rotation restricting portion 115c that restricts the rotation of the second body 150c when the second body 150c slides needs to be formed along an arc centered on the rotation center of the first link member 171c. It may be formed by a curve such as an oval. In some cases, the rotation restricting portion 115c may be formed in a straight line.

  In this embodiment, when the second body 150c is closed, the interlocking member 130 is positioned at the rotation restricting portion 115c on the side away from the slide restricting guide path 112c, so that the second body 150c is not rotated. . When the second body 150c is slid open as shown in FIG. 21, the interlocking member 130 moves to the slide restriction guide path 112c side by the operation of the link device 170c and removes the rotation restricting portion 115c. As a result, the second body 150c can rotate as shown in FIG.

  The interlocking member guide path 142c formed in the guide member 140c is formed in a pattern like the rotation limiting portion 115c. The rotation restricting portion 115c is connected to one end of the slide restricting guide path 112c, and is disposed so as to overlap the interlocking member guide path 142c when the second body 150c performs a sliding motion or is closed.

  FIG. 23 is a perspective view of the portable electronic device showing the state where the second body is tilted in the state of FIG. 21, and FIG. 24 is a perspective view showing the portable electronic device of FIG. 25 is a side view of the portable electronic device of FIG.

  As shown in FIG. 21, if the second body 150c is lifted secretly with the second body 150c open, the tilting links 221 and 222, etc., which have been lying up will rise while the tilting plate 117c is raised. At the same time, the back side is further lifted a lot and tilted so that the tilting plate 117c is inclined at a predetermined angle. The tilting angle is 90 degrees or less, and about 30 degrees or 45 degrees is appropriate. Here, as shown in FIG. 24, the tilting links 221 and 222 or the like cause the tilting plate 117c to be tilted without interfering with each other if they are arranged at different positions on the left and right, or the second It can be laid to be opened parallel to the body 150c.

  A portable electronic device according to the present invention as shown in FIGS. 18 to 25 can be usefully applied to a product having a width larger than a length such as a PDA or a portable game machine.

  FIG. 26 is an exploded perspective view showing a modification of the portable electronic device of FIG.

  As shown in FIG. 26, a tilting part 110b is installed on the upper end of the first body 110 through a hinge 117a, and a guide member 140 is installed on the tilting part 110b. After the rotation is released, the second body 150 may be lifted and tilted by being bent at a predetermined angle, or may be opened again in parallel with the first body 110 in the tilted state. A torsion spring 117b is installed on the shaft of the hinge 117a so that the second body 150 can be automatically tilted when sliding or rotating. The rest is as described with reference to FIG.

  The structure for tilting the opened second body can be formed by other structures in addition to the structure described with reference to FIGS.

  The sliding / rotation opening / closing portable electronic device according to the present invention, and the sliding / rotation opening / closing module and the components thereof are usefully used for opening and closing the cover of the portable electronic device in a sliding manner or a rotation manner. be able to.

  In particular, when the cover is opened for rotation, it is highly possible to make the right and left center of the cover match the left and right center of the main body.

  The sliding / rotary opening / closing portable terminal can be widened to increase the area of the main body on which a key or the like can be installed.

  In addition, the present invention can be used to allow the second body to be tilted in an open state.

1 is a perspective view of a sliding / rotational opening / closing portable electronic device according to the present invention; FIG. FIG. 2 is an exploded perspective view of the portable electronic device of FIG. 1. FIG. 3 is an exploded perspective view showing a state in which parts and the like of the portable electronic device of FIG. 2 are covered. It is a top view which shows the state which the 2nd body closed, the state which is rotating, and the state by which rotation was released. Similarly, it is a top view which shows the state which the 2nd body closed, the state which is rotating, and the state by which rotation was released, respectively. Similarly, it is a top view which shows the state which the 2nd body closed, the state which is rotating, and the state by which rotation was released, respectively. It is a rear view which shows the state which the 2nd body closed, the state which is rotating, and the state by which rotation was released. Similarly, it is a rear view showing a state where the second body is closed, a state where the second body is rotating, and a state where the rotation is released. Similarly, it is a rear view showing a state where the second body is closed, a state where the second body is rotating, and a state where the rotation is released. It is a top view which shows the state by which the 2nd body was slid open. It is a rear view which shows the state by which the 2nd body was slid open. FIG. 6 is an exploded perspective view showing another example of the sliding / rotation opening / closing portable electronic device according to the present invention. It is a disassembled perspective view which changes FIG. 12 up and down. 6 is a view for explaining a modification of the sliding / rotation opening / closing portable electronic device according to the present invention; It is drawing which shows the modification of FIG. FIG. 3 is an exploded perspective view of a sliding / rotary opening / closing module according to the present invention. FIG. 17 is an exploded perspective view of a sliding / rotation opening / closing module further including a second body connection part in FIG. 16. 6 is a view for explaining another embodiment of the portable electronic device according to the present invention. It is the isolation | separation perspective view of FIG. FIG. 20 is an exploded perspective view showing FIG. 19 as seen from the bottom side. 19 is a diagram illustrating a state in which the portable electronic device of FIG. It is drawing which shows the state which the 2nd body rotated about 90 degree | times in the state of FIG. FIG. 22 is a perspective view of a portable electronic device showing a state where the second body is tilted in the state of FIG. 21. FIG. 24 is a perspective view showing the portable electronic device of FIG. 23 as seen from the back. It is a side view of the portable electronic device of FIG. FIG. 10 is an exploded perspective view showing a modification of the portable electronic device in FIG. 2.

Explanation of symbols

100, 100a, 100b, 100c Sliding / rotating opening / closing portable electronic device 102 Sliding / rotating opening / closing module 110, 110c First body 110b, 200 Tilting part 112, 112c Slide restriction guide path 115, 115c Rotation restriction part 117a Hinge 117c Tilting plate 120 Rotating shaft member 130 Interlocking member 140, 140c Guide member 141, 141c Slide guide path 142, 142c Interlocking member guide path 150, 150c Second body 160 Rotating torsion springs 170, 170c Link devices 171, 171c First link member 175, 175c Second link member 177c Third link member 180 Sliding torsion springs 221, 222 Tilting link

Claims (27)

A first torso;
A guide member installed on the first body so as to be rotatable around a rotation shaft member and having a slide guide;
It is installed between the first body and the guide member, and the relative position of the first body and the guide member varies due to the action of the first body and the guide member when the guide member rotates. An interlocking member that interlocks the movement between the first body and the guide member,
A second body that is slidably mounted on the slide guide;
The guide member is installed between the second body and connected to the interlocking member on one side, and the guide member is folded while being rotated or opened by the interlocking member during the rotational movement. A sliding / rotational opening / closing portable electronic device comprising a link device that slides the second body to change a relative position with respect to the guide member. The first body includes a section that is formed along the periphery of the rotation shaft member and changes a distance from a rotation center of the rotation shaft member, and allows the guide member to rotate when the guide member rotates. While the interlocking member is moved in a restrictive manner, a slide restricting guide path is formed along a route that restrictively allows the second body to slide along the guide member,
The guide member is formed along a path that intersects at least a part of the slide restriction guide path when the guide member rotates, and the first body and the guide member are coupled with the interlocking member. The sliding / rotational opening / closing portable electronic device according to claim 1, further comprising an interlocking member guide path that allows a relative position of the interlocking member to be changed.   The rotation shaft member is installed on an upper right side or an upper left side of the first body, and a degree of change in a section where a distance of the slide restriction guide path with respect to a rotation center of the rotation shaft member changes is When the second body is rotated and released, the second body is slid along the slide guide portion while being rotated about the rotating shaft member, and adjusted so that the left and right center with respect to the first body can be aligned. The sliding / rotational opening / closing portable electronic device according to claim 2, wherein:   The first body is formed along a path that prevents the second body from rotating while allowing the second body to slide during the sliding movement of the second body or restricts the rotation. The sliding / rotational opening / closing portable electronic device according to claim 2, wherein the rotation limiting portion is formed. The link device includes a first link member rotatably installed on the guide member, and a second link member rotatably connected to the first body and rotatably supported on the second body. The interlocking member is connected to one side of the first link member,
The rotation limiter is connected to one end of the slide limit guide path and has an arc pattern centering on the rotation center of the link device at the guide member, and the second body performs a sliding motion. 5. The sliding / rotation opening / closing portable electronic device according to claim 4, wherein the sliding / rotation opening / closing portable electronic device is formed so as to overlap the interlocking member guide path in a closed state. The link device includes a first link member rotatably installed on the guide member, a second link rotatably connected to the first link member, and rotatably supported by the second body. A third link member that is pivotally installed on one side of the member and the first link member and connected to the interlocking member on one side;
The rotation restricting portion is connected to one end of the slide restricting guide path and has a curved or linear pattern, and the second body overlaps the interlocking member guide path in a sliding state or in a closed state. The sliding / rotational opening / closing portable electronic device according to claim 4, wherein the electronic device is formed as described above.   A rotary torsion spring for providing a torsion force to the rotary shaft member is installed between the rotary shaft member and the first body, and the second body and the guide member are provided with the second body. The sliding / rotational opening / closing portable electronic device according to claim 1, further comprising a sliding torsion spring that provides elastic force in a sliding direction of the body.   A hole is formed in the first body, the rotating shaft member is locked to an end of the hole and is rotatably supported by the first body, and the other side of the support part through the hole. And a guide member coupling portion that is coupled to the guide member and is formed with a through hole for passing the FPC connector in the rotary shaft member and the guide member. The sliding / rotational opening and closing portable electronic device according to claim 1.   9. The sliding / rotational opening / closing portable electronic device according to claim 1, wherein the first body and the second body have a linear pattern or a curved pattern. The first body connecting part and the first body connecting part are rotatably installed through a rotating shaft member and have a guide member having a slide guide part, and the first body and the second body or the second body of the portable electronic device. In a sliding / rotation opening / closing module installed between the two body connecting parts and allowing the second body to open and close with respect to the first body by sliding and rotating operation,
The first body connecting portion and the guide member are installed between the first body connecting portion and the guide member by the action of the first body connecting portion and the guide member when the guide member rotates. An interlocking member having a section in which a relative position is changed and interlocking the movement between the first body connecting portion and the guide member;
It is installed between the guide member and the second body or the second body connecting part, and one side is connected to the interlocking member, and the guide member is folded while being rotated by the interlocking member during rotational movement, Alternatively, the sliding / rotation opening / closing module includes a link device that slides the second body or the second body connecting portion while being opened to change a relative position with respect to the guide member. The first body connecting portion includes a section that is disposed along the periphery of the rotation shaft member and changes a distance from a rotation center of the rotation shaft member. A sliding restriction guide path is formed along a path that restricts the sliding movement of the second body connecting portion along the guide member by restrictively moving the interlocking member while allowing the rotation. And
The guide member is disposed along a path at least partially intersecting the slide restriction guide path when the guide member is rotated, and the interlocking member is coupled to the first body connecting portion and the 11. The sliding / rotation opening / closing module according to claim 10, wherein an interlocking member guide path is formed that allows a relative position of the interlocking member to the guide member to be changed.   The rotation shaft member is installed on an upper right side or an upper left side of the first body connecting part, and a degree of change in a section in which a distance of the slide restriction guide path with respect to a rotation center of the rotation shaft member is changed. When the second body or the second body connecting part is rotated and released, the second body or the second body connecting part is slid along the slide guide part while being rotated around the rotating shaft member. 12. The sliding / rotation opening / closing module according to claim 11, wherein the sliding / rotation opening / closing module is adjusted so that the left and right centers of the first body coupled to the body coupling portion can be aligned.   Does the first body connection part prevent the second body or the second body connection part from rotating while allowing the second body or the second body connection part to slide during the sliding motion of the second body or the second body connection part? The sliding / rotation opening / closing module according to claim 11, further comprising a rotation limiting portion formed along a path that permits rotation in a limited manner. The link device includes a first link member that is rotatably installed on the guide member, a second link that is rotatably connected to the first link member, and is rotatably supported by the second body. The interlocking member is connected to one side of the first link member,
The rotation restricting portion is connected to one end of the slide restricting guide path and has an arc pattern centering on the rotation center of the link device at the guide member, and the second body or the second body connection 14. The sliding / rotation opening / closing module according to claim 13, wherein the sliding part is formed so as to overlap the interlocking member guide path when the part is in a sliding motion or in a closed state. The link device includes a first link member that is rotatably installed on the guide member, a second link that is rotatably connected to the first link member, and is rotatably supported by the second body. A member and a first link member are rotatably installed on one side, and one side comprises a third link member connected to the interlocking member,
The rotation restriction unit is connected to one end of the slide restriction guide path and has a curved or straight pattern, and the second body performs a sliding motion or is closed with the interlocking member guide path. The sliding / rotation opening / closing module according to claim 13, wherein the sliding / rotation opening / closing module is formed to overlap.   A rotation torsion spring that provides a torsion force to the rotation shaft member is installed between the rotation shaft member and the first body connection portion, and the second body or the second body connection portion and the guide member are provided. The sliding / rotation opening / closing module according to claim 10, wherein a sliding torsion spring for providing an elastic force in a sliding direction of the second body or the second body connection part is installed between the second body and the second body connecting part.   A hole is formed in the first body connecting portion, and the rotating shaft member is locked to an end of the hole and is rotatably supported by the first body connecting portion, and the support portion through the hole. And a guide member coupling portion coupled to the guide member, and a through hole for passing an FPC connector is formed in the rotary shaft member and the guide member. The sliding / rotation opening / closing module according to claim 10, wherein   The first body connecting part and the second body or the second body connecting part have a straight pattern or a curved pattern in the left-right width direction. The sliding / rotary opening and closing module described.   A section that is formed along the periphery of the rotating shaft member installation portion and changes in distance from the rotation center of the rotating shaft member, and the guide member that is rotatably installed through the rotating shaft member is rotated during the rotational movement of the guide member. The second body, which is slidably installed on the guide member, is allowed to slide along the guide member by restricting the interlocking member coupled while allowing the guide member to rotate. The sliding restriction guide path formed along the path and the sliding movement of the second body prevent the second body from sliding while permitting or restricting the rotation. A first body for a sliding / rotation opening / closing portable electronic device, characterized in that a rotation limiting portion formed along a path is formed.   A section that is formed along the periphery of the rotating shaft member installation portion and changes in distance from the rotation center of the rotating shaft member, and the guide member that is rotatably installed through the rotating shaft member is rotated during the rotational movement of the guide member. Limiting the sliding movement of the second body connecting portion installed on the guide member so as to be slidable by restricting the interlocking member coupled while allowing the rotation of the guide member. The second body connecting part is prevented from being rotated while allowing the second body connecting part to slide during the sliding movement of the slide restricting guide path formed along the path to allow A sliding / rotation opening / closing module for a sliding / rotation opening / closing module, characterized in that a rotation restricting portion is formed along a path that restricts rotation. Body connection part.   The guide member is provided with a pair of slide guide portions on the left and right sides, and the second body is provided with a pair of slide guide portions coupled to the slide guide portions for receiving guidance on the left and right sides. 9. The sliding / rotational opening / closing portable electronic device according to claim 1, wherein the portable electronic device is a sliding / rotational opening / closing type.   The sliding / rotational opening / closing portable type according to any one of claims 1 to 8, wherein the guide member is installed to be tiltable by a tilting unit installed on the first body. Electronics.   The first body includes a tilting unit that is installed in a main body through a hinge and can be folded upward, and the guide member is installed in the tilting unit. A sliding / rotational opening / closing portable electronic device according to any one of the above.   The guide member is provided with a pair of slide guide portions on the left and right, respectively, and the second body or the second body connecting portion has a slide guide portion coupled to the slide guide portion for receiving guidance on the left and right sides. The sliding / rotational opening / closing module according to any one of claims 10 to 17, wherein the sliding / rotational opening / closing module is installed in pairs. A first torso;
A tilting unit that is tiltably installed at the upper end of the first body and can be folded upward and re-opened in a folded state;
A guide member installed in the tilting part and having a slide guide part;
The second guide body is configured to be slidably installed on the slide guide unit,
A portable electronic device, wherein the second body can be folded at an acute angle with respect to the first body in a state where the second body is slid open. The guide member is installed in the tilting portion so as to be rotatable around a rotation shaft member,
26. The portable electronic device according to claim 25, wherein the second body can be folded at an acute angle with respect to the first body while the second body is rotated and released. A first torso;
A tilting unit installed at the upper end of the first body so as to be tiltable and folded upward and can be reopened in a folded state;
The second body that is rotatably installed in the tilting part is configured,
A portable electronic device, wherein the second body can be folded at an acute angle with respect to the first body in a state where the second body is rotated and released.

Images